Download mic+600/IU/TC

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mic+600/IU/TC
Current to: 2012-06-01 microsonic gmbh, hauert 16, d-44227 dortmund, telephone: +49 231 975151-0, fax: +49 231 975151-51, e-mail: [email protected] mic+ sensors are available in four device designs with five different detection ranges
Highlights
Digital display with direct measured value output in mm/cm or % ::: for immediately visible results Numeric configuration of the sensor using digital display ::: permits the complete advance configuration of the sensor Automatic synchronisation and multiplex operation ::: for simultaneous operation of up to ten Sensors in close quarters Basics 1 or 2 switching outputs in pnp or npn variants ::: for all controllers Analogue output 4
Analogue output 4–
– 20 mA and 0
20 mA and 0–
– 10 V ::: with automatic switching between current and voltage outputs Analogue output plus 1 pnp switching output ::: for proportional distance measurement with an additional limit value 5 Detection ranges with a measurement range of 30 mm to 8 m ::: individually appropriate for the use case microsonic teach
microsonic teach-- in using T1 or T2 buttons ::: for simple, uniform commissioning 0.025 mm to 0.18 mm resolution ::: for the highest precision possible Temperature compensation ::: for exact measurement in temperature fluctuations 9 – 30 V operating voltage ::: for use on a variety of voltage networks LinkControl ::: for configuration of sensors from the PC ::: mic+ ultrasonic sensors :::
Description
The mic+ sensor family
embedded in its M30 housing design covers a measuring range from 30 mm to 8 m with its five detection ranges. Depending on the detection range, the internal resolution for distance measurement is 0.025 or 0.18 mm. All sensors are equipped with an integrated temperature compensation.
TouchControl with LED Display (l.), Winding diameter measurung at the laminating machine (r.)
Four different output levels
are available for all five detection ranges:
With TouchControl
all sensor settings are made. The well readable LED display constantly shows the current distance value and automatically alternates between mm and cm indication. By operating the two keys beneath the LED display, the parameterisation is called up and the self-explanatory menu structure is run through.
The detect points of the switching outputs and the window limits for the analogue output can be pre-set numerically via the LED display without the object to be detected being positioned within the detection range. Therefore, it is possible to completely set the sensor without the help of auxiliary reflectors, even outside the actual application.
Zwo three
Zwo three-- colour
colour-- LEDs
always indicate the current status of the switching outputs and/or the analogue output.
Further additional function (add
Further additional function (add-- ons)
are available as an option within the TouchControl menu structure. The measured distance value may, e.g., be stressed by means of the tenstage software filter, from F0 (direct measuring value output without filtration) to F9 (extremely strong filtration and measuring value attenuation). A high measuring value attenuation is useful for filling level measuring operations with wave motions or in situations where parts may sporadically fly between the sensor and the actual measuring surface. The default filter value is F1. Thus, the sensors are preset for rapid counting and control operations. As further add-
::: mic+ ultrasonic sensors :::
ons, the default settings of the switching hysteresis of the switching outputs can be changed if required. The LED display can be permanently switched off or dimmed.
Analogue sensors
verify the load connected to the output and automatically switch to 4–20 mA current and 0–10 V voltage output in dependence of the resistance value. The load verification by the sensor is always initiated upon connection of the operating voltage.
In the add-on-menu of TouchControl, the user can, however, also pre-set the sensor to current or voltage output. In this menu, the measuring value output on the LED display with analogue sensors can additionally be changed to percentage indication. The window limits of the analogue characteristic curve then correspond to the 0% or the 100% value respectively. Synchronisation
of up to 10 sensors automatically also operates in a mixed configuration of sensors with different detection ranges. The measurement repetition rate is then determined by the sensor with the largest detection range. If the sensors are electrically connected via pin 5 of the M12 circular connector, the synchronisation is active. In synchronised operation, all sensors initiate the measuring process at exactly the same time. With relatively narrow mounting distances between the sensors, a sensor may also receive echo signals from an adjacent sensor.
This can be used as an advantage, e.g. to broaden a sensor’s detection range. Synchronisation using Pin 5
If more than 10 sensors must be synchronised, this can be carried out with the SyncBox1, available as an accessory.
Multiplex operation
ensures that each sensor can only receive echo signals from its own transmission pulse, which completely avoids any interference between the sensors (crosstalk).
Each sensor is assigned an address from 0 to 9 for this purpose in the Add-on menu. The sensors then work in multiplex mode and carry out their measurements one after the other in ascending address order.
The setting of a switching or an analogue output
is either carried out by means of numerically entering the desired distance values (refer to graphic left below) or by means of a teach-in procedure (refer to this page).
Thanks to this, the user can select his preferred setting mode. In the microsonic teach
In the microsonic teach-- in process
the object to be detected must be placed in the desired distance (1) to the sensor. The button assigned to the output must then be pressed until
(or
) appears on the LED display. Finally, the teach-in-procedure must be confirmed by a further short keystroke. Ready.
::: mic+ ultrasonic sensors :::
Teach-in of a detect point For the setting of an analogue output, the object to be detected must first be placed on the sensor-close window limit (1) and the key assigned to the output must be pressed until
appears on the display. Then, the object to be detected must be moved to the sensor-distant window limit (2) and the teach-in-procedure must be terminated by a further short keystroke. Ready.
For the setting of window mode with two switching points, the same procedure applies to one switching output.
Teach-in of an analogue characteristic curve or a window with two detect points NCC/NOC
for the switching outputs and rising/falling characteristic for the analogue sensors can also be set by means of the teach-inprocedure. For this, press the key assigned to output until the symbol
further keystroke, the NCC/NOC (
/
) and rising/falling (
bzw.
/
appears on the display. With each ) settings are alternated. After approx. 10 seconds, the new setting is automatically stored. LinkControl
consists of the LinkControl adapter and the LinkControl software and facilitates the configuration of the mic+ sensors via a PC or laptop with all conventional Windows operating systems. All settings of the TouchControl menu can be read ou during operation, edited on the PC, buffered and re-entered into the sensor. Especially the two measuring value plotters for the visualisation of distance values support the development of solutions for complex automation tasks (also refer to chapter Accessories).
Sensor connected to the PC via LCA-2 for programming ::: mic+ ultrasonic sensors :::
Pin assignment
View on connector
View on connector ::: mic+ ultrasonic sensors :::
mic+600/IU/TC
scale drawing
detection zone
1 x analogue 4
1 x analogue 4-- 20 mA + 0
20 mA + 0-- 10 V
8,000 mm
operating range
600 - 6,000 mm
design
cylindrical M30
operating mode
analogue distance measurements
particularities
display
ultrasonic ultrasonic -- s p e c i f i c
means of measurement
echo propagation time measurement
transducer frequency
80 kHz
blind zone
600 mm
operating range
6,000 mm
maximum range
8,000 mm
angle of beam spread
please see graphics detection zone resolution/sampling rate
0.18 mm to 2.4 mm, depending on the analogue window
reproducibility
± 0.15 %
accuracy
± 1 % (temperature drift internally compensated)
e l e c t r i c a l d a t a
operating voltage UB
9 - 30 V d.c., reverse polarity protection
voltage ripple
± 10 %
no-load current consumption
≤ 80 mA
type of connection
5-pin M12 initiator plug
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mic+600/IU/TC
outputs
output 1
analogue output
current: 4-20 mA / voltage: 0-10 V (at UB ≥ 15 V), short-circuit-proof switchable rising/falling
response time
240 ms
delay prior to availability
< 300 ms
inputs
input 1
com input
synchronisation input
housing
material
brass sleeve, nickel-plated, plastic parts, PBT, TPU
ultrasonic transducer
polyurethane foam, epoxy resin with glass contents
class of protection to EN 60529
IP 67
operating temperature
-25°C to +70°C
storage temperature
-40°C to +85°C
weight
230 g
further versions
stainless steel
high chemical resistance
cable connection (on request)
further versions
mic+600/IU/TC/E
mic+600/SI/IU/TC/E
t e c h n i c a l f e a t u r e s / c h a r a c t e r i s t i c s
temperature compensation
yes
controls
2 push-buttons + LED display (TouchControl)
scope for settings
Teach-in and numeric configuration via TouchControl LCA-2 with LinkControl
synchronization
yes
multiplex
yes
indicators
3-digit LED display, 2 x three-colour LED
particularities
display
documentation (download)
pin assignment
::: mic+ ultrasonic sensors :::